What is the difference between network high-speed ball and analog high-speed ball?
The biggest difference between network high speed domes and analog high speed domes is the "who" use. The difference between the network high-speed ball type and the analogous high-speed ball type lies in the service and service object. The former monitors the change of uncertain environment, while the latter monitors the fixed product line and looks for changes from the constant.
The network high-speed ball can record video information in multiple fields. The video stream can continuously record image information. From the architectural point of view, CCD/CMOS sensors are used as image acquisition devices, and SOC chips that implement image processing and encoding functions are provided. This is a method used by current mainstream network high-speed ball acquisition images.
The network high-speed ball relies on the network for data transmission and must ensure sufficient bandwidth transmission and necessary image data information. In an integrated server within the same network, multiple users are allowed to access image data information.
The network high-speed dome camera can adapt to a wider range of applications. It is a good helper for surveillance. The network high-speed ball lens aperture automatically senses changing weather and light conditions, adjusting the high-speed ball to the best shooting status. The filter can reduce or eliminate the electrical components that affect the power system due to harmonics, allowing the high-speed dome camera to work normally and smoothly. Wide dynamic monitoring technology can work in low illumination, with the highest sensitivity in near-infrared light. With high temperature characteristics.
There is no small difference between handling alarms and managing systems. The network high-speed dome camera supports motion detection to trigger an alarm and record alarm information.
From the above comparison, it can be seen that the difference between the network high-speed ball and the analogous high-speed ball is technical. The network high-speed ball seems to be free, but it seems to be involuntarily; the high-speed ball looks like a bondage, but it is also handy for relying on the platform management.
The network high-speed ball can record video information in multiple fields. The video stream can continuously record image information. From the architectural point of view, CCD/CMOS sensors are used as image acquisition devices, and SOC chips that implement image processing and encoding functions are provided. This is a method used by current mainstream network high-speed ball acquisition images.
The network high-speed ball relies on the network for data transmission and must ensure sufficient bandwidth transmission and necessary image data information. In an integrated server within the same network, multiple users are allowed to access image data information.
The network high-speed dome camera can adapt to a wider range of applications. It is a good helper for surveillance. The network high-speed ball lens aperture automatically senses changing weather and light conditions, adjusting the high-speed ball to the best shooting status. The filter can reduce or eliminate the electrical components that affect the power system due to harmonics, allowing the high-speed dome camera to work normally and smoothly. Wide dynamic monitoring technology can work in low illumination, with the highest sensitivity in near-infrared light. With high temperature characteristics.
There is no small difference between handling alarms and managing systems. The network high-speed dome camera supports motion detection to trigger an alarm and record alarm information.
From the above comparison, it can be seen that the difference between the network high-speed ball and the analogous high-speed ball is technical. The network high-speed ball seems to be free, but it seems to be involuntarily; the high-speed ball looks like a bondage, but it is also handy for relying on the platform management.
Dual energy Luggage Scanners are the tube voltage above 140kv, and the over-package image is imaged in color. The acquisition card has high energy and low energy. It can be switched at any time with the probe.
Energy-saving design: the machine can automatically sense the object, put the baggage on the machine to start running, no baggage, the machine is stationary.
Dynamic picture switching: the screen can be switched when it is still, and can be switched freely when it is dynamic.
Dual Energy Luggage Scanner
Airport X Ray Scanner,X-Ray Inspection Machine,Baggage Scanner,Dual Energy Luggage Scanner
Shenzhen MCD Electronics Co., Ltd. , https://www.gdmcd.com